Own a space programme, not just a satellite
Sovereign Space Infrastructure
Overview
End-to-end national space programmes from a firm that has built and launched satellites, ground stations and space-data programmes: satellites, ground stations, communications, analytics, mission control and trained national staff, structured for your ownership from day one, backed by a solutions atlas of 734 applications across 16 sectors.
A complete national space capability, spanning spacecraft, ground segment, communications, analytics, mission control and trained national staff, structured for the buyer's ownership from day one, built for governments and enterprises that need space as sovereign critical infrastructure rather than a bundle of foreign-controlled purchases.
Key capabilities
- Full programme scope: spacecraft, ground stations, communications, data analytics, mission control and trained national operators, delivered as one integrated capability.
- A sovereign delivery structure: satellites tasked on your priorities, downlinked to antennas inside your borders and processed inside your jurisdiction.
- Custody by design: raw data does not leave the country, and no third party sees the product before the nation does.
- A solutions atlas of applications across many sectors, from defence and border security to agriculture, disaster response and finance, each tagged by maturity.
- Workforce transfer built in, so national operators fly the satellites and national analysts own the console.
- Insulation against documented denial: navigation shut-offs, imagery embargoes and operator kill-switches that have already hit nations relying on others' space programmes.
- One accountable channel across the whole chain, so the programme has a single point of responsibility rather than a dozen contractors.
Performance envelope
| Programme scope | Full chain: spacecraft, ground, comms, analytics, mission control, training |
| Mission set | Configuration-dependent |
| Ownership model | National ownership from day one |
| Data custody | Downlink and processing inside your jurisdiction |
| Applications coverage | Solutions atlas across many sectors, tagged by maturity |
| Workforce transfer | Built in, scoped per programme |
| Growth path | Structured to compound beyond initial delivery |
| Integration | Available under controlled briefing |
| Detailed figures | Shared under briefing, not published |
Qualitative envelope only. Exact figures are configuration-dependent and shared under a controlled briefing against your requirement: never published.
In depth
Sovereign space infrastructure is the difference between buying a satellite and having a space programme. It integrates every layer at once, from the spacecraft and the ground segment that flies them to the qualified supply chain that sustains them and the people who run the mission, structured so the nation owns and sustains it. The full chain is represented through one accountable channel, so the programme has a single point of responsibility rather than a dozen contractors.
Spacecraft
The satellites the national missions require, whether observation, communications or other payloads, specified around the missions the nation needs rather than around what a catalogue offers.
Ground segment
The antennas and control facilities that task the spacecraft, receive their data and fly the mission, structured so tasking and data can land on national soil under national control.
Communications
The links that carry command, control and continuity, integrated with the wider programme rather than bolted on as a separate purchase.
Analytics and mission control
The software and exploitation layer that turns space data into products and flies the fleet from national facilities, backed by a solutions atlas of applications spanning many sectors so the investment reaches beyond defence.
People
National engineers, operators and analysts developed alongside the programme, with training and transfer designed so the capability keeps growing after the initial deployment.
Governance and integration
The ownership structure, governance and interfaces that make the layers reinforce one another and connect to what the nation already operates, rather than decaying as separate purchases.
Operational problems it addresses
- Standing up a national space capability that the nation owns and runs, not a turnkey system that depends on the supplier who built it.
- Insulating communications, awareness and the economy against documented denial: navigation shut-offs, imagery embargoes and operator kill-switches that have already hit nations relying on others' space programmes.
- Avoiding a programme assembled from major-power components that inherits every supplier's political conditions at once.
- Keeping tasking, downlink and processing inside national jurisdiction so raw data does not leave the country.
- Building the engineers, operators and analysts who can run the mission long after the initial delivery.
- Extending a single national space investment across defence, security and civil ministries rather than confining it to one user.
Deployment configurations
Why Unstrat: the difference
Unstrat is the authorised global representative and distributor for this capability. It is already in service with a track record behind it, so you are buying something that has done the job elsewhere, not funding a first attempt. You are not the test bed.
Versus buying a single satellite or turnkey system
A satellite bought as a product, or a turnkey system handed over as-is, decays once the supplier leaves. A programme structured for national ownership integrates spacecraft, ground, people and governance so the capability compounds rather than fades.
Versus a programme assembled from major-power components
Stitching a capability from major-power parts inherits every supplier's political conditions at once. An independent, non-aligned origin keeps the programme accountable to the nation's flag rather than to a coalition of external approval gates.
Versus a foreign-controlled ground segment and processing
Owning spacecraft while renting foreign ground and processing means data lands and is exploited on someone else's infrastructure first. Structuring downlink and processing inside national jurisdiction keeps custody of the product domestic.
Versus a dozen separate contractors
Buying each layer from a different vendor leaves the integration risk with the buyer and no single point of responsibility. One accountable channel across the whole chain gives the programme a single throat to choke.
Versus a defence-only space investment
A capability confined to one ministry underuses a national asset. A solutions atlas spanning many sectors extends the same investment to civil users, from agriculture to disaster response and beyond, broadening the return on a sovereign programme.
Versus dependency on others' space services
Nations relying on others' space programmes have faced navigation shut-offs, imagery embargoes and operator kill-switches. A sovereign programme insulates communications, awareness and the economy against that documented denial.
How it reaches you
Sovereignty & localisation
- National ownership of the programme structured from day one, not retrofitted later.
- Tasking, downlink and processing inside national jurisdiction, with raw data kept in-country.
- National ground segment so tasking and data land on national soil under national control.
- Workforce transfer built in, so national operators fly the satellites and national analysts own the console.
- Local exploitation, mission control and analytics run from national facilities.
- Progressive technology transfer and component localisation across the qualified supply chain, scoped per programme.
- Independent sustainment and training designed so the capability outlasts the initial deployment.
Integration
- Existing national command, intelligence and geospatial systems, so space products feed the wider picture.
- National communications infrastructure, with the space segment reinforcing continuity rather than duplicating it.
- Cross-ministry civil systems drawn from the solutions atlas, extending the investment beyond defence.
- In-service and future ground-segment infrastructure, structured toward national custody of tasking and data.
- National workforce-development and engineering institutions, feeding and being fed by the programme.
- National infrastructure, including power, siting, jurisdiction and governance, assessed as part of programme design.
Procurement & delivery
- Programme design starts from the missions the nation needs, then structures spacecraft, ground segment, training and governance for national ownership from the outset.
- Export-control position and end-user-certificate chain are confirmed before any programme architecture is represented.
- Requirement discussion, architecture, contracting, build, delivery and acceptance follow the standard programme path across the full chain.
- Workforce training, transfer, in-region sustainment and cross-ministry application enablement are part of the same accountable engagement.
Sovereign Space Infrastructure: questions
What makes this a programme rather than just buying satellites?
A satellite is a product; a programme is the whole capability: spacecraft, ground segment, communications, analytics, mission control and the people to run them, structured so the nation owns and sustains it. Integrated correctly each layer reinforces the others and the capability compounds; assembled as separate purchases, it decays.
Where does our data land, and who sees it?
The programme is structured so satellites are tasked on your priorities, downlinked to antennas inside your borders and processed inside your jurisdiction. Raw data does not leave the country, and no third party sees the product before the nation does. Custody stays domestic by design.
How does a sovereign programme protect us against being cut off?
Nations relying on others' space programmes have faced navigation shut-offs, imagery embargoes and operator kill-switches. Owning the full chain insulates communications, awareness and the economy against that documented denial, because there is no external operator with a switch to throw.
Will our own people be able to run the programme?
Workforce transfer is built in: national operators fly the satellites and national analysts own the console, developed alongside the build. Training and transfer are designed so the capability keeps growing after the initial delivery rather than evaporating when a foreign team leaves.
Is this only a defence capability, or can civil ministries use it?
A solutions atlas of applications spanning many sectors, from defence and border security to agriculture, disaster response and finance, each tagged by maturity, extends the same national investment across ministries, so a sovereign space programme serves far more than defence alone.
Do we have to manage a dozen contractors to stand this up?
No. The full chain is represented through one accountable channel, so the programme has a single point of responsibility rather than a dozen contractors. The integration risk sits with that channel rather than being left with the buyer.
Why an independent supplier for a national space programme?
A programme assembled from major-power components inherits every supplier's political conditions at once. An independent, non-aligned origin keeps the programme accountable to you, not to a foreign vendor's government, and structured for your ownership from day one, through one team responsible from architecture to independent operation.
Next step on this capability
Related capability
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Applications it supports
Capability comparisons
Questions buyers ask
What is a sovereign space programme?
It is the whole chain rather than a spacecraft: satellites, ground stations, communications, analytics, mission control and the trained national staff to run all of it, structured so the nation keeps it after the contractor leaves. Buying a satellite and flying it from someone else's control centre is not the same thing. Our programmes are delivered as working capability by a firm that has built and launched satellites, ground stations and space-data programmes, with ownership structured from day one.
How do you build a national space programme?
In a deliberate order: decide the missions, build the ground segment and operator cadre alongside the first spacecraft, and keep processing and tasking in-country from the start rather than as an upgrade. Published programmes show the shape. GomSpace runs a modular path from foundational training to a mission where operators build and fly a real satellite, and ICEYE's Polish agreement began implementation immediately with an option on further satellites within 12 months. A full national capability is a multi-year commitment in every case.
See: Programme scope comparedSovereign space capability brief
Who are the main suppliers of national space programmes?
Satellogic, GomSpace and ICEYE all offer national programmes with real substance, and all three should be evaluated seriously. Satellogic sells spacecraft with launch, operations, training and optional in-country assembly support; GomSpace publishes the most detailed capacity-building curriculum in the smallsat sector; ICEYE has a signed national SAR programme with Poland. Our scope covers satellites, ground stations, communications, analytics, mission control and trained operators in one contract, from a non-aligned origin.
National space programme cost and timeline for a mid-sized country
We do not publish programme cost bands, and any supplier quoting one before scoping the missions is guessing. The published reference point is ICEYE's Polish MikroSAR agreement at about EUR 200 million for three SAR satellites with options and additional ground segment. On timelines, our maritime programme delivers a first operating picture in 6 to 9 months, while a full national capability with trained operators is a multi-year commitment whatever the supplier claims.
Space programme with technology transfer to local industry
Ask precisely what transfers and when, because the answers differ. GomSpace publishes explicit support for universities, research institutes and emerging companies in assembly, testing and operations, and states that transfer of knowledge programmes are evaluated case by case. Satellogic offers customer involvement in its assembly, integration and test processes plus optional in-country facility support. Our programme is written so ownership and operation transfer as part of the delivery rather than as an option assessed later.
See: Conditions on knowledge transferSpace programme training
Owning satellites compared with buying imagery for a government
Service access is cheaper in year one and needs no engineers; a national programme costs capital, buildings, salaries and time. The calculation changes over a decade, and it changes completely if access is ever denied during a crisis. Several countries take the middle path: subscribe for immediate needs while the build programme runs, then drop the subscription once the national capability is flying.
See: Cost compared with buying imagerySovereign ISR solution
Sovereign space capability on a small national budget
Small satellites are how most new space nations take their first step, because they deliver a useful mission at a cost a national budget can sustain while the engineers learn on hardware they own. Scope from mission ambition rather than from a vendor catalogue: a first spacecraft with embedded training, a ground segment sized to grow, and a roadmap toward larger platforms. We structure spacecraft, ground segment and training as one programme for that reason.
See: Nanosatellite programmes capabilitySovereign space infrastructure
How do we justify a space programme to the finance ministry?
By naming the civil users before the contract is signed. Our catalogue maps 734 applications across 16 sectors with a maturity tag on each, so agriculture, water, energy, disaster management and interior ministries can see their own deliverables in the same business case as defence ISR. None of the three named competitors publishes an equivalent catalogue, and a programme with five paying ministries behind it survives scrutiny that a defence-only programme does not.
Every vendor now sells 'sovereignty'. How do we test whose claim is real?
Put four questions to every bidder in writing: who owns the spacecraft, where the raw data is received and processed, who can task during a crisis, and whose export licence covers the spares and the next software load. Satellogic answers the first three well with purchased spacecraft, an in-country command centre and customer-managed processing, ICEYE has demonstrated the first with a real contract, and GomSpace answers the training and ground-segment questions thoroughly. None of the three can answer the fourth, because they are domiciled in states whose ministries review exports.
See: Sovereignty tested against four questionsSovereign space infrastructure
We have signed for a satellite. Do we already have a space programme?
You have an asset. Whether it becomes a programme depends on who flies it, where the data lands, who can task it next month and who fixes it in year four. If the answers all point to a contractor, what you own is a flag on a fairing. Our contracts are structured the other way round: your operators fly the satellites, your analysts own the console, and processing sits inside your jurisdiction with no raw data leaving the country.
Which parts of a space programme should we own and which can we rent?
Own the parts that carry sovereignty and long-term value: the ground segment where sensitive data lands, the mission control layer your operators live in, and the people. Rent the parts that are elastic and non-sensitive: surge passes, launch and early orbit coverage, and imagery over areas you monitor occasionally. The mistake is the reverse, buying spacecraft while renting the ground and the operators, which leaves the capability in someone else's building.
See: Ground stationsSovereign ground segment against a data service
What happens to our programme when the contractor leaves?
That is decided by the contract, not by goodwill. GomSpace is candid that its transfer of knowledge programmes are subject to specific requirements and are evaluated case by case, which is an honest position and also a description of a gate. Our programme is written so the transfer is the delivery: satellites, ground stations, communications, analytics and mission control handed over as working capability, with your operators already flying the fleet at handover.
How do we build a space programme that survives a change of government?
Give it more than one constituency. A programme justified only on defence is a target at every budget round, whereas one delivering flood maps to the disaster agency, crop data to agriculture and border imagery to the interior ministry has several departments arguing for it. Mapping 734 applications across 16 sectors, tagged by maturity, exists precisely to make that case concrete rather than aspirational.
See: Civil space applicationsSovereign space capability brief
What denial risks are we actually insuring against by building our own space capability?
Documented ones rather than hypothetical: positioning signals degraded or shut off, imagery embargoed at the moment it was needed, and operators able to throttle or switch off the service they supply. Our programme is structured against exactly those failures, with tasking on your priorities, downlink inside your borders and no third party seeing the product before your minister does. Insurance of this kind cannot be bought after the event, which is the whole argument for starting before the crisis.
See: Insulation from denial of serviceSovereign space infrastructure
Can we assemble satellites in our own country as part of the programme?
It is offered across the market on different terms, so compare them carefully. Satellogic publishes optional in-country assembly, integration and test facility design support, and GomSpace offers optional local assembly where it aligns with national strategic goals. We do not currently publish our in-country assembly terms, so make it an explicit requirement in the tender rather than an assumption, and ask every bidder which parts of the build genuinely move and which stay at the factory.